Satellite operators
eye off 5G, planes and automobiles
Optus Satellite will look to leverage its
relationship with parent company the Singtel Group
to play a key role in future 5G rollouts in the Asia
Pacific region.
Optus Satellite VP Paul Sheridan said that
satellite would be crucial and complementary to the
success of 5G mobile networks, both in Australia and
throughout the region.
“From our point of view it's positive that we are
owned by the largest mobile phone operator across
Asia,” Sheridan told an operator roundtable at the
Australasia Satellite Forum in Sydney.
“Satellite will play a role in 5G so I'm very
interested in Optus Satellite playing a role in
Optus Communication and Singtel and all their
affiliates,” he added, noting that satellite would
be crucial in providing resilience to terrestrial 5G
services as well as carrying video and backhaul
traffic.
Future 5G service was one of a number of areas
that satellite operators expected to drive demand,
with connected aircraft, connected cars and the
Internet of Things other promising areas. SES APAC
senior business development manager Greg Orton
agreed that satellite services would be
complementary to 5G mobile operators, which he said
should look at ways to utilise the strengths of
satellite.
“I think they're beginning to look at it now and
say 'What can they do that we can't do?' And that's
where satellite has a role to play and I think it
has a role to play in 5G because of the amount of
video that's transiting across networks,” Orton
said. “If you can alleviate those terrestrial
networks and put that content over satellite and
feed that to caches at the edge of the network . . .
and use the last mile to feed that content to the
end user, then you're going to have a pretty
successful business case because satellite is a
broadcast-type of network.”
CONNECTED TRANSPORT: One of the other more
promising new areas for satellite operators is
providing services to aeroplanes, the maritime
industry and for connected cars. Intelsat Asia VP
Terry Bleakley said mobility was the satellite
operator's fastest growing sector.
Optus, Intelsat and SES are all involved in
providing connectivity to airlines for in-flight
internet, which is expected to be a particularly
strong growth area in Asia Pacific. For example, the
Forum audience heard that there are only 330
connected aircraft in the Asia Pacific now, but that
is expected to grow to 6000 connected aircraft by
2023.
However, Bleakley said that there could be
an even bigger opportunity in the socalled connected
cockpit, where sensors on the aircraft provide
information back to the airlines and manufacturers.
For example, a Boeing 787 has about 1,500 sensors
and can generate 1.5TB of data per day, while the
Airbus A350 has 2,500 sensors and can generate 2.5TB
per day.
According to consultants McKinsey, future
aircraft will have around 5,000 sensors and generate
around 5B per day by 2025, providing potential cost
savings for the aviation sector of up to $70 billion
annually in areas such as maintenance, navigation
and lifespan of the aircraft. Similarly, Intelsat
believes that the car industry will use satellite to
provide connectivity to the automobile sector rather
than mobile networks, particularly with improvements
in antennae design, new high-throughput and LEO
constellations, and lower costs chips and sensors.
“What has stalled connectivity of satellite
to car has been the antennae design and also the
capability of the satellites,” Bleakley said.
“Toyota predict in 2018 they will need to
download 1 terabit of data to a car on a monthly
basis to keep it updated. Toyota have looked at
different technologies, they've looked at 4G
networks and a 4G network being able to deliver 1Tb
of data is not an efficient way of distributing an
update . . . so satellite is a lot more efficient at
delivering a solution like that.”
“And there's also the security aspect. They see
with a global mobile phone network many points of
entry to hack the files that are updating the car
and they see satellite being a lot more secure
platform,” he added. Geoff Long, Commsday
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